"Waste Conversion
Hope for the Soil
Life for the Future..."
Microalgae-Based
Biorefinery System
Industrial wastewater is effectively treated using a microalgae-based biorefinery system, and the high-yield biomass produced during the treatment is converted into a mineral-rich biofertilizer. Thanks to this eco-friendly system, wastewater pollution is reduced, energy efficiency is increased through the use of renewable energy, and contributions are made to the principles of the circular economy. The biofertilizer, intended for use in the agricultural sector, enhances soil quality and reduces the need for chemical fertilizers, thereby supporting sustainable agriculture.
Three Steps from Wastewater to Value-Added Products
Clean wastewater with the power of microalgae, and add life to the future by producing bio-products.
1. Wastewater Treatment
Our R&D product maximizes the removal of harmful substances in wastewater and the conversion of microalgae biomass into a mineral-rich biofertilizer by enhancing the photosynthetic efficiency of microalgae. It serves the following areas:
• Reducing environmental pollution through industrial wastewater treatment
• Establishing a circular economy model
• Contributing to the 2050 net-zero carbon target under the Green Deal
• Meeting green consumer expectations within the scope of sustainability
2. Biofertilizer Production
Our product converts the biomass produced in the biorefinery system into a mineral-rich biofertilizer, serving the following areas:
• Enhancing agricultural productivity
• Reducing the use of chemical fertilizers
• Establishing a circular economy model
• Meeting the expectations of sustainable agriculture and green consumers
3.Tubular Photobioreactor
Our company conducts R&D activities on various photobioreactor models. For one of these models—the tubular photobioreactor—we are carrying out optimization studies using flow simulations to achieve the most efficient microalgae production.
